OIL IN WATER

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OIL IN WATER & TSS

CANTY’s range of INFLOW™ analyzers combine the latest Gigabit Ethernet camera and microscopic optics technology, with our trademark fused glass, LED lighting systems, and CANTYVISION Intelligent Analysis™ software, to provide real time analysis (concentration & size) of Oil and Total Suspended Solids in Water.

Oil & TSS in Water Overview

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OIL IN WATER & TSS

CANTY’s range of INFLOW™ analyzers combine the latest Gigabit Ethernet camera and microscopic optics technology, with our trademark fused glass, LED lighting systems, and CANTYVISION Intelligent Analysis™ software, to provide real time analysis (concentration & size) of Oil and Total Suspended Solids in Water.

Oil & TSS in Water Overview

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API SEPARATOR CONTROL

API separators are critical devices designed to remove oil and suspended solids from the water stream before it is processed further downstream, primarily in petroleum refineries and petrochemical plants. Separator outlets require monitoring to ensure sufficient separation is occurring. CANTY’s field‑deployable systems provide real‑time monitoring of the various separator points, along with visual verification for operators, eliminating the need to enter the field.

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CH 10.10 Water & Solids in Oil

API 10.10 focuses on the on-line measurement of water content in petroleum and petroleum products. These include but are not limited to jet fuel, NGL, diesel, gasoline, and kerosene. This is a key measurement in custody transfer as it allows for quantification of the quality of the product being transferred, leading to any financial outcome of these transactions. The Canty Inflow™ provides three important functions to help you meet these industry standards.

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FREE WATER & TSS IN LNG

CANTY manufactures analyzers designed for the inline measurement of the concentrations and particle size and shape distributions of water and total suspended solids (tss) in LNG lines. Changes to temperature and pressure result in changes to the amount of water that can dissolve in this fluid. As such, making the measurement reliably and inline is critical to ensuring that free water does not damage equipment in your process. Other technologies require samples to be brought to a lab, can be influenced by different kinds of contaminants, and don’t reflect the same information that they would otherwise measure under the actual process conditions.

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PRODUCED WATER

Vision technology, when applied correctly, can provide an insight to a process that cannot be gained otherwise. It’s used to monitor and analyze a wide range of multiphase mixtures such as oil and solids in produced water, solids and water in fuels and lube oils, percent solids in separation and filter break applications.

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